Lifeboat Foundation: Safeguarding Humanity
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Category: biotech/medical – Page 8

What if with the condition machine super intelligence is possible once one comes into existence it sends von Neumann machines that converts solar systems into computers of like power and intelligence such machines would be factories miles long and they as well would be do the same until the entire galaxy would become an artificially intelligent entity procreating matrioska brains.

Adi Newton’s track from the compilation “The Neuromancers. Music inspired by William Gibson’s universe” published by Unexplained Sounds Group: https://unexplainedsoundsgroup.bandca… dl, cd, book. Music by: Adi Newton, NYORAI, Oubys (Wannes Kolf), Mario Lino Stancati, Joel Gilardini, Tescon Pol, phoanøgramma, Dead Voices On Air, SIGILLUM S, Richard Bégin, André Uhl. Stories by: Stories by: Andrew Coulthard, Chris McAuley, Glynn Owen Barrass, J. Edwin Buja, Michael F. Housel, Paolo L. Bandera, Rusell Smeaton, Scott J. Couturier. The soundtrack of a future in flux As the father of cyberpunk, William Gibson imagined a world where technology and society collide, blurring the boundaries between human and machine, individual and system. His novels, particularly Neuromancer, painted a dystopian future where sprawling megacities pulse with neon, corporations rule from the shadows, and cyberspace serves as both playground and battlefield. In his vision, technology is a tool of empowerment and control, a paradox that resonates deeply in our contemporary world. Gibson’s work has long since transcended literature, becoming a blueprint for how we understand technology’s role in shaping our lives. The term cyberspace, which he coined, feels more real than ever in today’s internet-driven world. We live in a time where virtual spaces are as important as physical ones, where our identities shift between digital avatars and flesh-and-blood selves. The rapid rise of AI, neural interfaces, and virtual reality feels like a prophecy fulfilled — as though we’ve stepped into the pages of a Gibson novel. A SONIC LANDSCAPE OF THE FUTURE The influence of cyberpunk on contemporary music is undeniable. The genre’s aesthetic, with its dark, neon-lit streets and synth-driven soundscapes, has found its way into countless genres, from techno and industrial to synthwave and ambient. Electronic music, in particular, feels like the natural soundtrack of the cyberpunk world — synthetic, futuristic, and often eerie, it evokes the idea of a humanity at the edge of a technological abyss. The cyberpunk universe forces us to confront uncomfortable truths about the way we live today: the increasing corporatization of our world, the erosion of privacy, and the creeping sense that technology is evolving faster than we can control. Though cyberpunk as a literary genre originated in the 1980s, its influence has only grown in the decades since. In music, the cyberpunk ethos is more relevant than ever. Artists today are embracing the tools of technology not just to create new sounds, but to challenge the very definition of music itself. THE FUTURE OF MUSIC IN A CYBERPUNK WORLD Much like Gibson’s writing, the music in this compilation embraces technology not only as a tool but as a medium of expression. It’s no coincidence that many of the artists featured here draw from electronic, industrial, and experimental music scenes—genres that have consistently pushed the boundaries of sound and technology. The contributions of Adi Newton, a pioneering figure in cyberpunk music, along with artists such as Dead Voices On Air, Sigillum S, Tescon Pol, Oubys, Joel Gilardini, phoanøgramma, Richard Bégin, Mario Lino Stancati, Nyorai, Wahn, and André Uhl, each capture unique facets of the cyberpunk universe. Their work spans from the gritty, rebellious underworlds of hackers, to the cold, calculated precision of AI, and the vast, sprawling virtual landscapes where anything is possible—and everything is controlled. These tracks serve as a sonic exploration of Gibson’s vision, translating the technological, dystopian landscapes of his novels into sound. They are both a tribute and a challenge, asking us to reflect on what it means to be human in a world where technology has permeated every corner of our existence. Just as Gibson envisioned a future where humanity and machines converge, the artists in this compilation fuse organic and synthetic sounds, analog and digital techniques, to evoke the tensions of the world he foretold. Curated and mastered by Raffaele Pezzella (Sonologyst). Layout by Matteo Mariano. Cat. Num. USG105. Unexplained Sounds Network labels: https://unexplainedsoundsgroup.bandca… https://eighthtowerrecords.bandcamp.com https://sonologyst.bandcamp.com https://therecognitiontest.bandcamp.com https://zerok.bandcamp.com https://reversealignment.bandcamp.com Magazine and radio (Music, Fiction, Modern Mythologies) / eighthtower Please subscribe the channel to help us to create new music and videos. Great thanks to the patrons and followers for supporting and sustain the creative work we’re doing. Facebook: / unexplaineds… Instagram: / unexplained… Twitter: / sonologyst.

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Such questions quickly run into the limits of knowledge for both biology and computer science. To answer them, we need to figure out what exactly we mean by “information” and how that’s related to what’s happening inside cells. In attempting that, I will lead you through a frantic tour of information theory and molecular biology. We’ll meet some strange characters, including genomic compression algorithms based on deep learning, retrotransposons, and Kolmogorov complexity.

Ultimately, I’ll argue that the intuitive idea of information in a genome is best captured by a new definition of a “bit” — one that’s unknowable with our current level of scientific knowledge.

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A team of researchers at Nagoya University has discovered something surprising. If you have two tiny vibrating elements, each one barely moving on its own, and you combine them in the right way, their combined vibration can be amplified dramatically—up to 100 million times.

The paper is published in the Chaos: An Interdisciplinary Journal of Nonlinear Science.

Their findings suggest that by relying on structural amplification rather than power, even small, simple devices can transmit long-distance clear signals, potentially innovating long-distance communications and remote medical devices.

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Social media use is ubiquitous in our modern society, and some individuals display excessive, maladaptive use of these online platforms. This problematic social media use (PSMU) has been associated with greater impulsivity and risk-taking. Importantly, studies in healthy individuals have demonstrated that greater cognitive impulsivity is associated with a greater susceptibility to online “fake news.” Therefore, we hypothesized that PSMU would be associated with believing in and engaging with fake news. To address this, we conducted an online, within-subject experiment in which participants (N=189; female=102, male=86, prefer not to disclose=1; mean age=19.8 years) completed a fake news task. This task presented participants with 20 news stories (10 real and 10 false, in random order) formatted as social media posts. We assessed participants’ credibility judgments of these news posts, as well as participants’ intentions to click, like, comment, and share these posts. We also assessed participants’ degree of PSMU and then related this measure to their performance in our task. We conducted a repeated measures analysis of variance (ANOVA) with a mixed model approach, and it revealed that the greater one’s PSMU, the more one finds specifically false news credible. We also found that the greater one’s PSMU, the greater one’s engagement with news posts, agnostic to the type of content (real or false). Finally, we found that the greater one’s PSMU, the greater one’s intent to click on specifically false news. Our research demonstrates that individuals who experience the most distress and impairment in daily functioning from social media use are also the most susceptible to false information posted on social media. We discuss the clinical implications of our findings.

Citation: Meshi D, Molina MD (2025) Problematic social media use is associated with believing in and engaging with fake news. PLoS ONE 20: e0321361. https://doi.org/10.1371/journal.pone.

Editor: Stefano Cresci„ National Research Council (CNR), ITALY

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A global study estimates that exposure to the plastic additive DEHP caused over 356,000 heart disease deaths in 2018, with most deaths occurring in rapidly industrializing regions. A new analysis of global population data suggests that daily exposure to certain chemicals used in plastic household

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Researchers from Universidad Carlos III de Madrid (UC3M) and Harvard University have experimentally demonstrated that new artificial materials known as metamaterials, with magnetic properties, can have their mechanical and structural behavior reprogrammed without altering their composition. This breakthrough could drive innovations in fields such as soft robotics and biomedicine.

The study explains how flexible magnets embedded within the structure of mechanical metamaterials can be used to reprogram their behavior.

The integration of flexible magnets in metamaterials allows for reprogrammable structures, offering vast potential in robotics and biomedical engineering.

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Until now, only expensive and slow electron microscopes could reach this level of detail. But LICONN opens the door for more labs around the world to explore the brain’s cellular “wiring diagram” using tools they already have. It’s like giving everyone a high-powered zoom lens for decoding how the brain works, learns, and perhaps breaks down in disease.

In collaboration with the Institute of Science and Technology Austria (ISTA), we published in Nature the first-ever method for using light microscopy to comprehensively map all the neurons and their connections in a block of brain tissue. The key finding from this validation experiment is that this approach works as well as electron microscopy-based connectomics.

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Our brain is a complex organ. Billions of nerve cells are wired in an intricate network, constantly processing signals, enabling us to recall memories or to move our bodies.

Making sense of this complicated network requires a precise look into how these are arranged and connected. “LICONN,” a new microscopy method developed by scientists at the Institute of Science and Technology Austria (ISTA) and Google Research, now helps piece together this puzzle.

Light microscopes have been evolving for centuries. Scientists use light microscopy to—literally and figuratively—illuminate the most intricate biological structures. However, unraveling the complex details and architecture of the brain remains a seemingly impossible challenge, considering its billions of densely packed neurons, each linked to other cells via thousands of synapses.

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A new study suggests that, in the case of global catastrophe, urban agriculture alone could sustain only about one fifth of the population of a temperate, median-sized city, but the whole city could be fed by also farming land within a short distance of the urban area.

Matt Boyd of Adapt Research Ltd, New Zealand, and Nick Wilson of the University of Otago, New Zealand, present these findings in PLOS One.

Abrupt global catastrophes—such as nuclear wars, extreme pandemics, or solar storms—could severely hamper . Shortages of resources like could disrupt food production and transport, possibly leading to famine. Prior research has suggested that this impact could be mitigated by , which includes such approaches as home, community, and rooftop gardens.

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